42results about How to "Realize data interconnection" patented technology

The invention relates to an intelligent data acquisition and control terminal and an Internet of Things system with the same. The terminal comprises a data transmission module and a CPU (Central Processing Unit), wherein the data transmission module is connected with sensing equipment at the periphery for acquiring sensing data; and the CPU is connected with the data transmission module, and is connected with IP (Internet Protocol) network equipment at the periphery through a network interface. On one hand, the CPU receives a control command input from the periphery through the IP network equipment to receive and package the sensing data, and outputs corresponding packaging information to the IP network equipment; on the other hand, the CPU receives a diagnosis command input from the periphery through the IP network equipment to debug the terminal and the sensing equipment, and outputs corresponding state monitoring information to the IP network equipment. The intelligent data acquisition and control terminal realizes data interconnection between a sensing layer and a network transmission layer; and the Internet of Things system disclosed by the invention can obtain more data information through multiple transmission ways and provide better intelligent services for users.

The invention discloses a sensor data receiving and converting method and system. The method includes the steps that pre-stored communication configuration parameters are read to be acquired, sensor data are automatically acquired according to the obtained protocol analysis mode, whether the acquired sensor data need to be processed or not is judged according to the acquired automatic data receiving and transmitting mode, if the acquired sensor data need to be processed, the sensor data are filtered, then, the sensor data are subjected to data format conversion according to the acquired output format, and finally, the sensor data subjected to the data format conversion are output to a preset corresponding port in the output mode. According to the method and system, software or hardware configuration of an existing sensor does not need to be changed, data interconnection and interworking between sensors and various user terminals can be achieved, and the method and system are convenient to use, low in cost, high in efficiency and flexibility and capable of being widely applied in the sensor data transmission field.

The invention relates to a substation auxiliary monitoring system based on a micro-service architecture, comprising a monitoring module, a background server and a terminal application platform, wherein the monitoring module is used for monitoring and displaying data in the substation. The background server is used for centralized integration of the data in the station; The terminal application platform is used for providing application services according to the centrally integrated in-station data. The invention adopts the substation auxiliary monitoring system based on the micro-service structure, The terminal application platform realizes the data interconnection and collection of each monitoring platform by receiving the centralized and integrated station data of the background server,and can provide application services including electronic map display, log query, and video real-time monitoring of the substation, which ensures that the staff can fully grasp all the information ofthe equipment.

The invention relates to an intelligent logistics cloud platform system, which belongs to the technical field of logistics. The invention provides the intelligent logistics cloud platform system capable of realizing intelligent perception, intelligent decision making, data sharing and platform interconnection by taking advanced information technologies, including the Internet, the Internet of Things, cloud computing, big data and the like, as support. The platform adopts a technical scheme that a collection layer comprises a data collection equipment management module and multiple pieces of data collection equipment, wherein the data collection equipment is provided with a respectively independent data collection way and gathers the collected data into a data layer; the data layer comprises a cloud computing center for carrying out data storage, data backup, data mining, data analysis, data hosting, security certification and EDI (Electronic Data Interchange) on the collected data; anapplication layer is an important window for a cloud platform to provide application service for a final user, and has a purpose of supporting the application requirement of the networking of the user; and a presentation layer is used for accessing an intelligent terminal so as to obtain information and handle the business, and carries out supervision, examination and assistance in making decisions. The system is widely applied to the logistics industry.

The invention discloses an elevator two-dimensional code interaction system based on a cloud platform. A passenger scans a passenger two-dimensional code in an elevator car through a passenger client side to check the quality testing information, historical maintenance records, property management information and elevator complaint records of an elevator and complains the elevator which the passenger takes, an elevator maintenance background analyzes the passenger complaint content and sends the passenger complaint content to a property management company, a maintenance enterprise and a maintenance technician, the property management company checks the complaint content and gets the corresponding complaint for treatment, the elevator maintenance background feeds back the treatment result to the passenger, the property management company, the passenger, the maintenance enterprise, public and other links are get through, data association and data transparency engineering are achieved, the elevator maintenance process is made transparent, the passenger can see the management and maintenance data of the elevator, the passenger takes part in supervision, and supervision for the property management company and the elevator maintenance enterprise is enhanced.

The invention relates to a power dispatching, operation and management system, in particular to a power dispatching, operation and management application system. The system adopts three big modules, namely a basic business application platform, a process platform and a data exchange platform. Through the modeling of the data and user interface of the business application, the model is stored to be an XML model definition file; and when the system operates, the XML model definition file is loaded in the operating environment and a template file predefined by the system is called to generate a WEB user interface. The system is simple to operate, has low workload and cost and short period and can specify the development method and define the file; the expansion limitation of the system is broken through, the flow interaction between different OMS systems can be realized, the informationization levels, management levels and work efficiencies of the OMS systems are increased, the data interconnection between the OMS systems can be realized; and through the horizontal and vertical data integration, the dispatching, operation and management application system can become the data support platform and business support platform used for operating and managing the grid.

The invention relates to an information processing method of corresponding relationship among materials and equipment suitable for a power system. The method comprises the following steps: firstly, an internal client guides a bill of materials into a project management module, and the project management module is used for sending the material and project information to a material management module; secondly, the material management module is used for generating a purchase order according to the material and project information and sending the purchase order to a supplier management module, and meanwhile, the internal client is used for inputting the address information of a supplier into the material management module. Compared with the prior art, the method has the advantages that an effective technical means is provided for the equipment when the monitoring, traceable and later evaluation is realized in the whole process of company circulation, etc.

The invention discloses an intelligent roadside system based on multi-source road sensing. The system includes a multi-source road sensor data acquisition module, a calculation and data analysis module and a driving safety information release module, wherein the multi-source road sensor data acquisition module is used for collecting the data information of road environment type sensors and the vehicle driving state data information, the calculation and data analysis module is used for performing data analysis and processing of the data information of the road environment type sensors and the vehicle driving state data information to obtain the driving safety assistance information, and the driving safety information release module is used for releasing the driving safety assistance information for vehicles in the coverage scope of the intelligent roadside system. The system is advantaged in that the driving safety assistance information can be provided for the vehicles in the coveragescope of the intelligent roadside system, users are enabled to have more intuitive and comprehensive understanding of road conditions, and the users are made to be safer while driving.

The invention relates to the technical field of internet of things, and discloses a fingerprint identification-based drug delivery method and system. The drug delivery method comprises the following steps of: obtaining fingerprints of inpatients in a hospital; generating corresponding digital labels according to the fingerprints of the inpatients; storing the digital labels into data storage spaces of drug boxes; reading the digital labels from the data storage spaces and putting drugs required by the inpatients corresponding to the digital labels into the drug boxes; and transmitting the drug boxes to the wards of the inpatients corresponding to the digital labels according to register information of the inpatients. By adoption of the drug delivery method disclosed by the invention, the fingerprints of the patients are recorded and then converted into the digital labels to be stored in the data storage spaces of the drug boxes, so that the drug boxes correspond to the patients one to one, the drug boxes can be correctly sent to the corresponding patients to avoid wrong drug delivery, and the manpower cost can be reduced.

The invention relates to a decommissioning equipment recycling information data processing method suitable for a power system. The method comprises the following steps that: (1) an equipment management module transmits decommissioning equipment information to an inventory control module, the inventory control module generates a recyclable decommissioning equipment library and returns a decommissioning equipment number to the equipment management module, and the equipment management module automatically amends functional position information of decommissioning equipment; (2) a client selects the recyclable equipment from the inventory control module, the inventory control module amends the state of the selected equipment, adds an item number for the equipment and transmits specific data of the equipment to a design module; and (3) the design module generates a technical scheme of the item, transmits the technical scheme of the item and the item number to an item control module, and the like. Compared with the prior art, the method has the advantages of optimizing resource configuration, increasing recycling rate of decommissioning equipment and the like.

A multifunctional intelligent unmanned aerial vehicle system comprises an unmanned aerial vehicle body. A projector for projection playing is integrated to the unmanned aerial vehicle body. The projector is connected with a data storage module in the unmanned aerial vehicle body. The projector and/or the data storage module are/is connected with an external multi-media terminal in a wireless communication mode. The unmanned aerial vehicle achieves a projection function and can replace a traditional projector. The wireless communication connection mode is adopted, and limit of a data cable is avoided. The unmanned aerial vehicle is provided with a stop mechanism, so that the unmanned aerial vehicle lands on a platform for projection. The stop mechanism supplies power to the unmanned aerial vehicle and guarantees power supply, so that the projector is not affected by the electric capacity of the unmanned aerial vehicle. The unmanned aerial vehicle can lock the stop mechanism, and thus automatic stop and automatic docking charging are achieved. A data interconnection unit is arranged inside the stop mechanism and can be in connection and communication with the unmanned aerial vehicle body and external equipment so as to achieve data interaction among the data interconnection unit, the unmanned aerial vehicle body and the external equipment. The multifunctional intelligent unmanned aerial vehicle system is provided with a touch display screen, and the projector is controlled through the touch display screen.

The invention discloses an inspection, operation and maintenance management system for civil air defence filtering absorbers. The system comprises a management platform and multiple operation and maintenance management terminals. Each operation and maintenance management terminal comprises a host, one filtering abosrber, an identity acquisition module, an environment acquisition module, a positionacquisition module, multiple communication modules, a protection validity test assembly, a free radical exciter performance test assembly and the like. The protection validity test assemblies controla testing system to inspect the protection validity of the filtering absorbers, free radical exciter performance test programs inspect the performance of free radical exciters installed in the filtering absorbers, the operation and maintenance management terminals integrate inspection results, identity information, position information, in-place states and other information and upload the summarized information to the management platform, summarized information big data of the in-place filtering absorbers in civil air defence engineering is generated, and a foundation is laid for data interconnection and intelligent management.

The invention discloses a medical insurance drug traceability supervision method and system based on identification analysis and a block chain, and belongs to the field of drug supervision. The method comprises the following specific steps: S1, coding the rest part of a medicine identification prefix according to production requirements; s2, performing block chain encryption on production and circulation data of the medical insurance drugs; s3, medicine production and circulation information is inquired through the traceability and supervision platform, and traceability and supervision of the medical insurance medicine are carried out; by means of the characteristics of distributed data storage, point-to-point transmission, a consensus mechanism and the like of the block chain, technologies such as credible data collection, data portraying, medicine tracing and the like of medical insurance medicine circulation supervision are researched, a medical insurance medicine tracing and supervision platform based on the block chain is researched and developed, data interconnection and intercommunication in the medical insurance medicine production and circulation process are achieved, and the medical insurance medicine tracing and supervision efficiency is improved. The system assists drug manufacturers, operators, drugstore retail, hospitals and consumers in tracing, provides credible data support for medical insurance drug tracing and supervision, and guarantees the safety of medical insurance funds.

The invention relates to the technical field of Internet of Things, and discloses a medicine delivery method and a medicine delivery system based on cellphone number identification. The medicine delivery method comprises the following steps of acquiring a cellphone number of each inpatient in a hospital; generating a corresponding digital label according to the cellphone number of each inpatient; storing the digital labels in data storage spaces in medicine boxes; reading the digital labels from the data storage spaces, and placing medicines required by the inpatients corresponding to the digital labels into the medicine boxes; transferring each medicine box to a sickroom where the inpatient lives corresponding to the corresponding digital label according to register information of the inpatient. By adopting the medicine delivery method provided by the invention, the cellphone numbers of the inpatients are input and converted into the digital labels, and the digital labels are stored in the data storage spaces of the medicine boxes, so that the medicine boxes and the inpatients are in one-to-one correspondence, the medicine boxes can be accurately delivered to the corresponding inpatients, the medicines cannot be missent, and the labor cost can be reduced.

The invention relates to the technical field of Internet of Things, and discloses a medicine delivery method and a medicine delivery system based on password identification. The medicine delivery method comprises the following steps of acquiring a password of each inpatient in a hospital; generating a corresponding digital label according to the password of each inpatient; storing the digital labels in data storage spaces in medicine boxes; reading the digital labels from the data storage spaces, and placing medicines required for the inpatients corresponding to the digital labels into the medicine boxes; transferring each medicine box to a sickroom where the inpatient lives corresponding to the corresponding digital label according to register information of the inpatient. By adopting the medicine delivery method provided by the invention, the passwords of the inpatients are input, the passwords are converted into the digital labels, and the digital labels are stored in the data storage spaces of the medicine boxes, so that the medicine boxes and the inpatients are in one-to-one correspondence, the medicine boxes can be accurately delivered to the corresponding inpatients, the medicines cannot be missent, and the labor cost can be reduced.

The invention discloses a code reading system which comprises a loading module, a conveying module, an image pickup module, an analysis processing module, a server and a control module, wherein the server is connected with an ERP system. The invention also discloses a code reading method which comprises the following steps: (I) the loading module puts a product on the conveying module; (II) the image pickup module shots the product identification number; (III) the analysis processing module analyzes the product identification number shot by the image pickup module, and calculates the product quantity; (IV) the analysis processing module sends the analysis processing result to the server, and the server displays and stores the analysis processing result; and (V) the server shares the analysis processing result to the ERP system. The identification number is acquired quickly by the image pickup module and then subjected to analysis processing, thereby being simple and efficient; the product quantity is calculated according to the image pickup time, the loading speed, the conveying speed and the detection result, and thus the accuracy is increased; and the product quantity is sent tothe server and shared to the ERP system, so as to realize data interconnection and facilitate management.

The invention provides a 5G-based combined navigation remote collaborative test system and test method, the combined navigation remote collaborative test system is realized based on a remote collaborative network, and the combined navigation remote collaborative test system comprises a flight data simulation unit used for outputting attitude information and speed data; the heading attitude acquisition unit is used for receiving attitude information and carrying out semi-physical simulation and measurement on the attitude information; the satellite navigation acquisition unit is used for acquiring a flight path and converting the flight path into a simulated satellite signal for measurement; and the combined navigation test unit is used for carrying out combined navigation test on the measured attitude information, speed data and simulation satellite signals. The invention provides the combined navigation remote collaborative test system and test method based on 5G, and the combined navigation semi-physical test is completed by interconnection of test end three-axis turntable single equipment and a far end.

The invention discloses a distributed recording and broadcasting system. The system comprises a front-end recording and broadcasting system, a transmission network system and a recording and broadcasting control center, wherein the front-end recording and broadcasting system comprises classroom recording and broadcasting equipment and digital processing equipment, the classroom recording and broadcasting equipment comprises high-definition image acquisition equipment, courseware PC image acquisition equipment and classroom voice acquisition equipment, and the digital processing equipment is used for carrying out digital processing on acquired signals and transmitting the signals to the recording and broadcasting control center through the transmission network system. According to the invention, high-quality video shooting, acquisition, coding compression, live broadcasting and recording are ensured through the front-end recording and broadcasting system; the transmission network systemis an image transmission channel of the front-end recording and broadcasting system. The data communication function of the whole system link is ensured, and the recording and broadcasting control center can realize centralized supervision and control on the working state of the front-end recording and broadcasting system distributed in a school area, so that the functions of course live broadcasting, image transmission, system control and the like are realized, and adverse phenomena during video recording and broadcasting are avoided.